Regularity of Milne Problem with Geometric Correction in 3D
Yan Guo, Lei Wu

TL;DR
This paper proves $W^{1, abla}$ regularity for solutions to the 3D Milne problem with geometric correction, enabling the validation of diffusive expansion in neutron transport with boundary conditions.
Contribution
It establishes new regularity results for the Milne problem with geometric correction in 3D, facilitating the diffusive expansion analysis.
Findings
Established $W^{1, abla}$ regularity for solutions.
Proved uniform $L^6$ estimates.
Validated diffusive expansion for neutron transport.
Abstract
Consider the Milne problem with geometric correction in a 3D convex domain. Via bootstrapping arguments, we establish regularity for its solutions. Combined with a uniform estimate, such regularity leads to the validity of diffusive expansion for the neutron transport equation with diffusive boundary conditions.
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Taxonomy
TopicsGas Dynamics and Kinetic Theory · Numerical methods in inverse problems · Advanced Mathematical Modeling in Engineering
